The New Food Sovereignty: Data, One Health, and Public Policy in an Insecure World

By: Seniors International Consulting

For much of the 20th century, food sovereignty was understood as a matter of land access, production capacity, and territorial control. Within this framework, self-sufficiency was measured in hectares, yield, and the physical availability of food. However, in the 21st century, this definition has become incomplete. Today, food sovereignty increasingly depends on a society's capacity to produce, interpret, and govern data regarding its agrifood systems, enabling it to anticipate risks, protect collective health, and guarantee quality nutrition amidst climatic, sanitary, and geopolitical uncertainty.

In this new landscape, the food issue can no longer be reduced to a discussion on supply. The central problem is not merely how much a country produces, but how it converts its agro-productive base into nutritional security, sanitary resilience, and social cohesion. Food abundance, in isolation, does not guarantee equitable access, nutritional quality, or territorial stability. Consequently, the contemporary debate on food sovereignty must shift from mere production toward a more complex notion: data-driven food sovereignty.

This concept stems from a fundamental premise: there is no sustainable food security without the capacity for observation, traceability, prediction, and coordinated response. Data on soil, water, animal health, food safety, climate, logistics, prices, nutritional quality, and consumption must be integrated into public decision-making architectures. In other words, 21st-century food sovereignty is not contested solely on the land, but at the intersection of infrastructure, energy, science, information, and public policy.

One Health: The Indispensable Conceptual Framework

The One Health approach currently provides the most robust framework for conceiving this transformation. Its primary contribution lies in overcoming the fragmentation between human, animal, plant, and environmental health, understanding them as part of a single, interdependent system [1,2]. This paradigm shift has profound implications for the agrifood agenda: agriculture can no longer be thought of solely as an economic activity, but also as a central dimension of sanitary prevention, ecological sustainability, and social stability.

From this perspective, AgroTech acquires a new meaning. Sensors, traceability platforms, artificial intelligence, remote monitoring, predictive analytics, and early warning systems are not merely tools for productive efficiency. They are, above all, instruments of preventive surveillance. They allow for the detection of environmental degradation, the reduction of losses, the anticipation of diseases, the improvement of food safety, and the strengthening of nutritional quality before problems translate into higher sanitary, social, and fiscal costs.

International evidence supports this reading. The FAO has noted that investing in prevention under the One Health approach yields returns significantly higher than the costs of responding to crises once they have been unleashed [2]. This necessitates a revision of how states, cooperation agencies, and academic institutions conceptualize agrifood investment. What until a few years ago could be presented as technological modernization must today be understood as prevention infrastructure.

From Sectoral Technology to Public Infrastructure

One of the primary errors in the regional debate has been treating agrifood innovation as an exclusively private or sectoral matter. Such a view is insufficient for the current moment. The combination of climate change, food insecurity, pressure on natural resources, logistical fragility, and territorial inequality demands that we think of AgroTech as an expanded public infrastructure capable of articulating production, nutrition, health, and governance.

This implies a political and institutional shift. If food security depends on interoperable data systems, territorial monitoring, and integrated prevention, then it is no longer enough to promote technological adoption among producers. It requires deliberate public policies, regulatory frameworks, smart public procurement, state analytical capacities, and stable alliances with the scientific-academic system.

Therefore, the future of food sovereignty will not be resolved solely in the market, but in the relationship between politics and policies: between the political decision to prioritize this agenda and the institutional capacity to convert that priority into programs, standards, pilots, evaluation, and scaling. At this juncture, academia plays a decisive role—not only as a generator of knowledge but as a producer of applicable evidence, validation systems, impact metrics, and the cultivation of hybrid profiles capable of translating science into public policy.

Food Insecurity as a Global and Systemic Problem

Food insecurity can no longer be treated as a peripheral issue or one exclusive to regions with lower relative development. It has become a structural problem of the international system. Climatic volatility, conflicts, food inflation, environmental degradation, and inequality in access to healthy diets show that the challenge is not solely to produce more, but to do so with greater public intelligence and institutional density.

In this context, countries that manage to build observable, traceable, and governable agrifood systems will hold a strategic advantage. This advantage pertains not only to economic terms but also to international legitimacy, access to financing, and the ability to contribute to global evidence. The frontier of innovation is no longer solely in the development of new technologies, but in the capacity to integrate them into reproducible governance models.

It is here where the articulation between the state and academia becomes central. Universities, research centers, public laboratories, public health schools, agrarian institutes, and national innovation systems must be part of the very design of food policy. Data-driven food sovereignty requires interdisciplinary research, validation protocols, impact evaluation, and the translation of findings into concrete policy instruments. Without this bridge, technology risks becoming a promise detached from social needs.

Uruguay in the Global Context: A Case of Contribution, Not Exceptionalism

Within this global landscape, Uruguay can be interpreted not as a self-sufficient exception, but as a case of strategic contribution to international evidence. Its relevance derives not from its economic size or productive volume, but from the possibility of observing, testing, and adjusting interventions at an institutionally manageable scale.

Recent literature provides elements that make this case significant. A study published in Frontiers in Public Health ranked Uruguay among the best-positioned South American countries in the One Health Index, suggesting that performance in this dimension depends as much on institutional framework and human development as it does on income [3]. This finding is important because it shifts the focus from economic scale toward the quality of institutional articulation.

In the same vein, the discussion on food security in Mercosur shows that productive abundance coexists with vulnerabilities associated with access, climate, inequality, and sustainability [4]. Therefore, a small country with an academic tradition, reasonable state density, and the capacity for regulatory testing can contribute something valuable to the global debate: evidence on how to integrate science, technology, and public policy into real food systems.

This is the point at which Uruguay becomes interesting for the international agenda. Not as a model to be mechanically copied, nor as a nationalistic narrative, but as a learning platform. Its scale allows for piloting interventions, measuring them, correcting them, and producing transferable knowledge. Its research tradition and institutional culture can transform it into a space for the validation of data-driven food policies, especially in areas such as traceability, territorial monitoring, sanitary prevention, and the articulation between nutrition and innovation.

From National Laboratory to Global Evidence

The value of small countries in global governance lies not in competing by volume, but in contributing to the production of evidence. In a historical juncture marked by food insecurity, the question is no longer just who produces more, but who best manages to demonstrate which interventions work, under what conditions, and at what costs.

Under this criterion, Uruguay can play a relevant role if it orients its academic and state potential toward building robust public policy experiences: productive electrification, traceability applied to public procurement, nutritional quality monitoring, digital extension systems, early warnings, and the articulation between health, agriculture, and social protection. Crucially, these initiatives must not be read as dispersed innovations, but as part of a single architecture: that of food sovereignty sustained by information, prevention, and institutional capacity.

In this regard, academia is not an auxiliary actor; it is a foundational piece. Without the production of evidence, interdisciplinary training, publications, protocols, and evaluation, the link between AgroTech and food sovereignty is reduced to mere narrative. What the world needs, instead, is comparable, scalable evidence useful for public policy decisions.

An Agenda for the Present

The significance of the current moment compels us to abandon partial visions. Food sovereignty can no longer be thought of solely as production; public health can no longer be thought of without agrifood systems; innovation can no longer be thought of without politics; and technology can no longer be thought of without social legitimacy.

The emerging agenda demands a new synthesis: data, science, the state, and prevention. One Health provides the conceptual language for this synthesis. AgroTech provides the tools. Academia provides the evidence. The state organizes capacities, regulates, and scales. And countries like Uruguay, due to their size, institutional tradition, and potential for applied research, can contribute significantly to world knowledge on how to design effective interventions in complex food systems.

True 21st-century food sovereignty does not simply consist of producing food. It consists of building systems capable of protecting life, reducing vulnerability, and guaranteeing dignified nutrition through data-driven public intelligence. This is the debate of our time—and the ground where politics, academia, and international cooperation must meet.

Bibliography

1. Food and Agriculture Organization of the United Nations. One Health in agrifood systems is everyone’s health: Why integrated approaches are transforming global food security [Internet]. Rome: FAO; [cited 2026 Apr 20]. Available from: https://www.fao.org/one-health/highlights/one-health-in-agrifood-systems-is-everyone's-health

2. ‍Food and Agriculture Organization of the United Nations. The economic case for One Health in agrifood systems: Why prevention pays [Internet]. Rome: FAO; [cited 2026 Apr 20]. Available from: https://www.fao.org/one-health/highlights/the-economic-case-for-one-health/en

3. Sibim AC, Chiba de Castro WA, Kmetiuk LB, Biondo AW. One Health Index applied to countries in South America. Front Public Health. 2024;12:1394118. doi: 10.3389/fpubh.2024.1394118

4. Zolotnytska Y, Krzyżanowski J, Wigier M, Krupin V, Wojciechowska A. Food Security Strategy for Mercosur Countries in Response to Climate and Socio-Economic Challenges. Sustainability. 2025;17(16):7280. doi: 10.3390/su17167280

5. World Bank. Mission 300 [Internet]. Washington (DC): World Bank; 2026 [cited 2026 Apr 20]. Available from: https://www.worldbank.org/ext/en/mission-300

6. World Bank. AgriConnect [Internet]. Washington (DC): World Bank; 2026 [cited 2026 Apr 20]. Available from: https://www.worldbank.org/ext/en/agriconnect

7. Castillo D, Schling M, Ordoñez R. Chile addresses new food security challenges with a multidimensional approach [Internet]. Washington (DC): Inter-American Development Bank; 2024 Apr 17 [cited 2026 Apr 20]. Available from: https://www.iadb.org/en/projects-and-results/results-and-effectiveness/impact-region/chile-addresses-new-food-security-challenges-multidimensional-approach